Fiber Optics vs. Copper Wires

Long ago, people rely on copper wires to transmit messages over the landline phones. Recent developments in technology linked to communication have resulted to the conception of fiber optic cables. It has proved itself to be more convenient to use as compared to copper wires and are being used by many homes and companies worldwide.

Optical fibers are strands of glass that the telecommunication industry uses to transmit signals in the form of light. When bundled, the optical fibers become an optical fiber cable which can be classified into two: single mode cables and multi-mode cables. The single mode cables use laser lights to transmit signals while the multi-mode cables employ light emitting diode.

Aside from being used for phone calls, optical fibers are also widely and conventionally used for internet signals and television imaging among others. Here is a list of reasons why fiber optics is preferable over copper wire:

1)     Fire Hazard Free.

Compared to copper wires, there is no possibility for the fiber cables to start a fire since there is no electricity that passes through the cables.

2)     Safer

Since the fiber optics uses light instead of electricity, one no longer has to fear for the possibility of electric shock.

3)     Weight

Fiber optics is comparably lighter and takes less space on the ground than with copper wires which requires large heavy posts.

4)     Technological Enhancement

One of the things that the fiber optics can do but the copper wires can’t is its ability to carry digital information over the internet or computer networks.

5)     Cheaper Power Consumption

Gone are the days of spending huge chunks of money over copper wires. Since signals emitted by fiber optics degrade less, it no longer requires high voltage electrical transmitters.

6)     No Signal Interference

Remember the days when you could hear someone else’s conversation over the phone without calling them. Well, with fiber optics, chances of someone else listening on your conversation is omitted. Light signal from fiber optics do not interfere with one another the way signals transmitted through copper wires do.

7)     Less Signal Degradation

The possibility of losing signal over fiber optics is lower as compared to copper wires.

8)     Portability

Since fiber optic cables are lighter and takes less space, they can easily fit on crowded and even small places. They can be transported easily and are less bulky.

9)     Higher Capacity

Since the optical fibers are thinner, they can transmit a larger amount of information from one point to another. This allows for more phone lines over the same channel or cable.

10)  Cheaper

Who wouldn’t want to save on money? Several miles of fiber optics are cheaper as compared to copper wires which require lots of money just to be installed.

With all the pros of fiber optics we have shared, it’s not a wonder why most establishments use this over other alternatives.

The Importance of Custom-Wiring Your Home

Considering how fast-paced technology is nowadays, it is very important to take actions on how you and your house can cope up. You might want that top-of-the-line 3D LED or that high-quality home theater, but not having the proper aid will get you nowhere. If you want to build a tech-savvy home, you have to make sure that it is capable to host the most advanced appliances. One way to do it is through pre-wiring.

What is pre-wiring?

Pre-wiring is the process of installing a detailed wiring plan inside you house’s floors, walls, and ceilings where you can connect your appliances. These wires pass low-voltage electric signals to the said appliances. Pre-wiring is a fast becoming necessity in every home.

Why is pre-wiring important?

Pre-wiring your home will make sure that it is adaptable to the ever-changing technology trends. Imagine having your whole house capable of audio and video systems, letting you watch your favorite shows or listen to your favorite tunes at every corner of your residence.

It is also helpful for installing security features and systems when crime-proofing your home. Unlike old wiring systems, structured wirings today are compatible for almost all kinds of appliances; that’s why you don’t have to use various types for different equipment. Another factor to consider is the placement of the outlets. You have to make sure that the outlets are properly placed and are easily accessible at all parts of the house.

When to pre-wire?

The best time to pre-wire is when you are still in the process of building your home. Installing wires once your walls and floors are done beats the purpose of readying your home for your future electronic devices. If you are planning to pre-wire, you have to make sure that you have reviewed your floor plan, so you can easily identify where the wires will be put. When doing this, you also have to consider the placement of your electronics. The best way to deal with this is seeking a professional’s help.

Wired vs. Wireless

Although wireless is preferred by most people, wired systems are still advisable if you are looking for a more reliable and stable connection. Wireless connections tend to get weak, especially when a house has plaster and stone interiors. For a stable performance, wired is the path to take.

Preparing your home for current innovations and future ones is very important. This is a long-term investment that allows your house to be flexible for upcoming advancement in technology. Not only does pre-wiring ease former functions, it also effectively increases your home’s value. Lastly, wired systems help you achieve an aesthetically-functional house that you can be proud of.

Titanium: Light Weight and Great Strength

Most of us have already ridden an airplane before. But, most of us never really thought about what the engines are made of to make an airplane fly safely. Engineers certainly have to make sure that everything is perfect before they let a new airplane operate.

One of the materials an airplane is made of is titanium. This lightweight material lasts for a very long time and is known to have great strength. It can endure damages, can hold up heat and even chemical and environmental exposure cannot break it down.

Titanium has been used in airplanes since the 1980s. It is being applied to areas that require high strength. It is primarily used to ensure the airplane's safety and proper performance.

Aside from using titanium as a major component and material for airplanes, it is also commonly being used in making artificial joints, dental implants, and surgical equipment. Titanium’s operating temperature limit is nearly 500 degrees Celsius.

Regardless of where it is being used, titanium is a preferred material because of its hardness and strength. It has 2 allotropic forms namely alpha and beta. In these forms, beta is much stronger. Aside from the allotropic forms, titanium also has five grades of commercially pure or unalloyed types namely: ASTM Grades 1 through 4 and 7. Each of them has different content. Grade 1 is known for being the most pure with its tensile strength varying from 172 GPa while Grade 4 has 483 GPa. One of its primary uses is as titanium oxide in the form of a white pigment. It is also used as titanium carbide for hard facings and cutting tools. Titanium is widely used for aircraft structures requiring greater heat-resistance because of their high strength-to-weight ratio. They are also used for chemical processing because of their exceptional corrosion-resistance.

Titanium has what they call Nitinol. It is a shape memory alloy. It is an alloyed type of titanium with nickel that exhibits super elastic behavior. This kind of titanium is mostly being used for implantable devices requiring an initial shape for insertion and a final shape once in place. It relies on its dynamic crystalline structure which is sensitive to external stress and temperature.

Be it an aircraft or whatever you are building, using titanium will surely make it operate even better. With its light weight and superb strength, anything that you are planning to build will surely last a long time. Titanium's hardcore properties have maintained the safety of most of us when using airplane as a mode of transportation.

Components of Medical Cables and Their Functions

Medical technology is a continuously progressive field which requires the best cables for medical devices for superior performance. In order for the world’s best medical experts to deliver adequate treatment for patients, they demand custom medical cables to function with the most advanced medical devices. Medical equipment utilizes cables to support various applications in surgical operation, monitoring and screening devices, diagnosis and treatment. Every medical cable serves a purpose dedicated to each use of these devices and without them, quality care is not possible.   

 

Medical cables themselves are not a single wire, rather they are an assembly of conductors designed specifically for each device. Design and construction are diverse and require attention to detail for desired use. They transmit power and data with an abrasion-resistant jacket that provides durability. Sterilization is a big component for insulation and jacket design. The most common sterilization chemicals include autoclave and E-beam. Many cables are desired to be flexible and kink resistant, as well as temperature resistant.  

Types of Medical Cables

Medical wires and cables are complex compared to the standard power cable used to plug in a laptop computer. Their role is more sophisticated and serve multiple purposes. There are two types of medical cables for medical devices, disposable and reusable cables.

Disposable cables meet the standards of medical devices in the standard medical room. Most cables are designed by PVC or PE materials, but there are many others that are made of inexpensive, high quality material.

Reusable cables are utilized for devices that require continuous service and that are subject to constant sterilization cycles. Silicone rubber, TPE are some of the most popular materials made with reusable cables, because the materials are able to maintain function after multiple cycles of autoclave.

Medical Cables, Then and Now

Originally probes and medical cables gathered data and transferred the information back to its source for analysis, which required lengthy wait periods. Now medical probes are advanced to process information at the source, transfer the data and store all at once in seconds.

Medical cables of the past were not subjected to exhaustive testing as they are now. Before the product is put to professional use, custom cable manufacturers test capabilities of flex testing, high voltage tests, broad range of QA testing as well as meeting ISO certification. Experienced manufacturers provide a wide range of testing to ensure reliability and performance.  

Importance of Custom Medical Cables

Medical equipment is always in the process of being revamped and restructured to enhance performance in the medical industry. Medical cables play an important role to meet up to the standards of advanced technology. Medical cables that withstand extreme conditions in the operating room or in a normal MRI scan depends on the projected use.

The complexity of medical cables will continue to serve a valued presence for medical professionals for years to come. Biocompatible materials required by the FDA are available to design custom medical cables depending on the application. Disposable and reusable medical cables are subjected to substantial testing on finished products before projected use which ensures high quality performance.

Provide an experienced custom cable manufacturer with the desired needs for medical usage and receive superior products based on your design.